Nissens 95487 A/C Receiver Drier - Front

Nissens A/C Receiver Drier for Mercedes-Benz B200

The Nissens 95487 A/C receiver drier is built for the front HVAC system on select Mercedes-Benz B200 models from 2009-2011. It uses an aluminum body for reliable fitment in the air conditioning circuit and supports proper moisture control in the system.

• Aluminum construction
• Body diameter: 1.7700
• Body length: 14.0900
• Mounting bracket included: No
• Fits 2009-2011 Mercedes-Benz B200, front

Detailed Product Information

Part number 95487 is a Nissens A/C receiver drier made for the front position on Mercedes-Benz B200 vehicles from 2009, 2010, and 2011. As part of the HVAC system, the receiver drier helps maintain refrigerant circuit performance by managing moisture within the air conditioning loop. Nissens develops thermal management components with a focus on consistent manufacturing quality, and this unit follows that approach for aftermarket service work. This part cross-references Mercedes-Benz OE numbers 515273 and A1698300083 for the same application.

Common Repair Applications

• Front A/C service when the original receiver drier is worn or contaminated
• Moisture-related refrigerant system issues in a Mercedes-Benz B200
• Replacement during compressor, condenser, or line service
• Restoring proper HVAC system operation after an A/C repair

Installation Notes

Verify the body diameter and body length before installation to confirm proper fit in the front HVAC layout. Replace the receiver drier whenever the A/C system has been opened for service, and inspect seals, lines, and adjacent components for contamination or wear. Confirm the vehicle application as Fits 2009-2011 Mercedes-Benz B200, front before ordering.

Quality Assurance

Nissens manufactures thermal and engine efficiency components to controlled quality standards, and this receiver drier is part of that aftermarket product range. Part number 95487 is built for the specified Mercedes-Benz B200 application and follows Nissens' established production approach.